istd - Haemers Technologies

ISTD by Haemers Technologies in Heerlen, The Netherlands

NEW SITE ALERT: ISTD FOR JAPANESE KNOTWEED IN HEERLEN

We are treating Japanese knotweed by thermal desorption in Heerlen, the Netherlands. Japanese knotweed (Fallopia japonica) is an invasive, non-native plant in Europe. The plant spreads through stem parts and rhizomes, causing damage to ecosystems, infrastructure and buildings. The municipality of Heerlen is mapping the locations where knotweed grows, and applying management measures and controls. With this unique pilot, the municipality of Heerlen and its partners want to investigate whether this unwanted exotic plant can be thermally controlled. To eradicate this harmful plant,...

Attending NORDROCS in Oslo, Sept. 5 to 8

Haemers Technologies will attend NORDROCS from September 5 to 8, in Oslo, Norway! NORDROCS is a series of conferences and short courses in the field of contaminated sites remediation. What a great opportunity to make discover our technologies! Our HT ambassadors will be Jan Haemers and Aurélien Vandekerckhove. Would you like to meet us personally on the occasion of NORDROCS? Contact us to make an appointment at nina.le@haemers-tech.com We will exhibit following...

Haemers Technologies, ISTD in Quaregnon, Belgium

NEW SITE ALERT: ISTD IN QUAREGNON, BELGIUM

A new In Situ Thermal Desorption site is underway in Quaregnon, Belgium. The origin of the contamination is from a residential oil tank and a volume of 40m³ has to be treated. Six burners are at work to treat hydrocarbon contaminated soil. Our thermal desorption technology can be applied anywhere you need it as you can see! Urban sites (outdoor or under a building), large scale sites: you name it! Thanks to our committed team...

NEW SITE ALERT: ISTD IN EAST KENT, UK

We started a new ISTD project (In Situ), in East Kent, UK, in partnership with Ecologia. We are assisting Ecologia's treatment installation (steam injection & air sparging) with the In Situ Thermal Desorption method at depths up to 30 meters with the combustion chambers localised at 9 meters and 22 meters below ground level. There are approximately 8000 tons of benzene contaminated soils. 16 burners, 5 meters apart, will be necessary to remediate the site. This is further...

Groundwater Treatment By ISTD/ISCO Combination in EIN’s Innovation Booklet

On the occasion of Pollutec, where we will be present, the "Revue L'Eau l'Industrie les Nuisances" is publishing a special issue including an innovations booklet. Find us inside and learn more about "Groundwater Treatment By ISTD/ISCO Combination"! The innovations booklet is available as a webpage here. But also downloadable in pdf format here. Learn more about our technologies: The Smart Burners LNAPL Skimming